Lucas Manassés, Research Associate, Laboratory for Machine Tools and Production Engineering (WZL) of RWTH Aachen University, TARGET-X WP Lead Manufacturing / Robotics

Join us for this insightful webinar on Edge-Controlled Automation with Mobile Manipulation, where we explore the integration of edge computing, 5G connectivity, and mobile robots in modern manufacturing.

In this session, we will dive into a real-world use case that demonstrates how edge computing and 5G technology enable real-time control of mobile manipulators for efficient (dis)assembly processes. By offloading computationally demanding tasks—such as SLAM-based localization, path and motion planning, and AI-driven object perception—to an edge server, the system significantly improves efficiency while reducing the processing load on onboard systems.

With reliable, low-latency 5G communication, high-bandwidth sensor data, including 2D/3D LiDAR point clouds and camera streams, can be transmitted seamlessly, ensuring precise and responsive robot operations. This setup addresses the limitations of traditional wireless networks, empowering robots to perform complex tasks in dynamic and fast-paced production environments.

Don’t miss this opportunity to learn more about this manufacturing use-case from TARGET-X. After the presentation, participants will have time to ask further questions.

Maximilian Brochhaus, Research Associate, Fraunhofer Institute for Production Technology IPT, TARGET-X WP Lead

Join us for this session where we’ll introduce the Methodological Assessment Framework (MAF), designed to evaluate the value of 5G-driven use cases in various industries. In the first year of the project, we identified key insights, including the distinction between explicit and implicit value propositions. Explicit propositions show immediate benefits, while implicit ones reveal long-term value from implementing use cases. We also developed User-KPI and User-KVI for all 12 TARGET-X use cases. These metrics are tailored to capture the impact of 5G technology on sensor integration, data accuracy, and process stability, offering new insights for more efficient industrial applications. The MAF was further refined in the second year, emphasizing the user experience to drive the digital transformation of industries. Feedback from stakeholders like 5G-ACIA, 6GIA, and automotive companies validated the framework’s approach to quantifying both the techno-economic and societal value of 5G solutions. In the final project phase, we will iteratively assess each TARGET-X use case and refine the MAF to ensure it delivers actionable results for businesses, paving the way for innovative business models and the wider adoption of 5G solutions in industrial settings.

In this webinar you will discover the potential of TARGET-X’s tools to measure use case impact.

Manuel Pitz, Research Associate, Institute for Automation of Complex Power Systems RWTH Aachen University, TARGET-X Energy WP Lead

This webinar focuses on the use case for monitoring and analytics, specifically in the context of deploying voltage, current, phase, and energy measurement devices at a trial site. The primary goal is to promote energy awareness by enhancing transparency and conducting measurements that allow for the assessment of the local grid’s condition.

The implementation of this use case followed a three-step process. First, measurement devices were deployed at key points using an Edge Cloud Phasor Measurement Unit (edgePMU). In the second step, a measurement campaign was conducted, gathering valuable data. Finally, in the third step, the acquired data was analyzed to build a comprehensive database, laying the foundation for energy transparency analysis.

Join us in this webinar as we dive into the architecture, the deployment process, and the pilot sites involved in this project. Learn how these steps contribute to achieving energy transparency and improving local grid monitoring.

Dr. Seyed Mahdi Darroudi, R&D Manager Neutroon

The advent of fifth-generation cellular networks has ushered in new possibilities for a variety of applications, particularly in industrial environments, due to features designed to ensure Quality of Service (QoS), such as network slicing, and enhanced performance levels. This trend is expected to continue and expand with 6G, which will intelligently allocate network resources and further optimize QoS fulfillment.

The complete lifecycle of use case resource chains necessitates the integration of edge solutions to host applications and services utilized by network User Equipment (UEs).

This session will present the integration developed within the Target-X project to streamline the process of provisioning virtual environments at the edge and mapping specified computational and network resources to corresponding data flows. Additionally, the network-aware dynamic service orchestrator will be introduced, which dynamically transfers computational resources from field-edge to far-edge to adapt to network availability in mobile scenarios.

Jad Nasreddine, Senior Researcher, i2CAT Foundation, TARGET-X WP Lead Automotive

In this webinar we will explore how 5G networks can enable the efficient deployment of Connected and Automated Mobility (CAM) services and unlock their capabilities. In particular, we will thoroughly explore the concept of Predictive Quality of Service for Tele-operated Vehicles that was developed and evaluated in TARGET-X project. This concept highlights the importance of information exchange between mobile networks and applications to enhance user experience.

In this session, you’ll gain insight into the real-life implementation of tele-operated driving and how user experience in such service can be enhanced through 5G features such as network exposure Application Programming Interface (API), network data analytics functions, and 5G capabilities (in terms of latency, bandwidth, jitter, etc.).

Don’t miss this opportunity to learn more about this automotive use-case from TARGET-X.

Victoria Jung, Research Associate, Individualized Production in Architecture RWTH Aachen University, TARGET-X WP Construction

Chu Han Wu, Research Associate, Individualized Production in Architecture RWTH Aachen University, TARGET-X Construction WP

In this webinar we will explore the potentials of 5G as a communication standard for construction machines to perform selected deconstruction activities and transition towards a more circular economy. We will present the demonstration of a prototypical deconstruction system, by incorporating Extended Reality (XR) technology for adaptive planning and execution of the tasks.

You’ll gain insight into the setup and status of the implementation on the trial site under real-life conditions. To enable information visualization and machine control in real time on the construction site,  XR-technology was incorporated into the workflow for the adaptive planning and execution of tasks. By enabling controlled deconstruction, we’re paving the way for improved material recovery, reduced waste, and smarter construction practices!

Don’t miss this opportunity to learn more about this construction use-case from TARGET-X.